When the ultrasonic energy generated by ultrasonic waves acts on the vibrating liquid in a sparse state, it will tear into small holes (that is, the interior is vacuum). When these holes burst, they will generate instantaneous pressures of up to several hundred atmospheres, and this phenomenon is called cavitation. Ultrasonic deburring uses the instantaneous impact force of hundreds of atmospheres produced by the "cavitation phenomenon" to remove the burrs attached to the components. Ultrasonic deburring is not suitable for all burrs. It mainly targets some microscopic burrs. Generally, if the burrs need to be observed with a microscope, you can try to use ultrasonic method to remove them. For burrs that are visible to the naked eye, it mainly depends on the strength of the bond. Ultrasonic waves can be used for burrs with weak bond strength. Generally, ultrasonic methods are not possible for burrs that can only be treated with a knife. Advantages and disadvantages of ultrasonic deburring.
